Multi-station brick stacking machine and brick stacking process thereof

Abstract

The invention discloses a multi-station brick stacking machine. The machine comprises a fixing frame, a first conveying line, a second conveying line, a plurality of groups of supporting wheel devices, a plurality of groups of brick stacking devices and a plurality of groups of brick blocking parts; each supporting wheel device comprises a power component, a supporting wheel component and a firstturning air cylinder, wherein the supporting wheel component comprises a rotating shaft, a plurality of groups of transmission mechanisms and a supporting wheel; each brick stacking device comprises amain brick stacking part and an auxiliary brick stacking part, wherein the main brick stacking part comprises a first lifting component, a horizontally telescopic component and a first brick supporting part; and the main brick stacking parts place tiles released by the supporting wheel devices or the auxiliary brick stacking parts on the second conveying line, and the brick blocking parts can block or release the tiles conveyed on the supporting wheels. Correspondingly, the invention also discloses a brick stacking process of the multi-station brick stacking machine. By implementing the machine, multi-station synchronous and continuous brick stacking on the same conveying line can be realized, and thus the brick stacking efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of brick stacking machines, in particular to a multi-station brick stacking machine and a brick stacking process thereof. Background technique [0002] The brick stacking machine is used to stack the coated tiles in a certain quantity, and the stacked tiles are transported forward together through the transportation line. Specifically, the tiles are transported to the supporting wheel device, the supporting wheel device rotates open, the tiles are placed on the brick stacking device located below it, the brick stacking device moves downward, and the tiles are placed on the transportation line under the supporting wheel device At the same time, the tiles are transported to the supporting roller device again; the brick stacking device is reset, and the supporting wheel is rotated to open again, and the tiles are placed on the brick stacking device, and the brick stacking is completed in a cycle. [0003] In t...

AI Technical Summary

Problems solved by technology

[0003] With the existing brick stacking machine, it is difficult for tiles to pass over the previous stacking station to the next stacking station, making it difficult to arrange multiple stacking stations on the same transportation line

And because the existing brick stacking machine tile transportation rate is greater than the stacking brick rate of the described brick stacking device, it is difficult to improve the brick stacking efficiency of the single station stacking brick machine stacking machine

[0004] In addition, the existing single-station brick stacking machine needs to be transported out through the transportation line after the tiles are stacked to a certain amount

But for the multi-station brick stacking machine, due to the long running time of the transportation line, the brick stacking device cannot perform continuous brick stacking action at this time, which affects the efficiency of the multi-station brick stacking machine

Images